The hydrogenation reactor consists of a special set of components to meet the designed mass transfer requirements and shear effects, achieving gas circulation and turbulence.
①The general structure of the hydrogenation reaction kettle is that the lower part of the kettle body is equipped with a gas distributor, and the hydrogen is fully mixed with the material from the bottom to the top from the bottom of the container through the gas distributor
②When the motor of the hydrogenation reaction kettle rotates by driving the inner hollow agitator, the fluid near the agitator moves in a circular motion under the action of the impeller, and the centrifugal force generated generates self-priming inside the agitator, so that a negative pressure is formed inside the self-priming agitator.
③The interior of the self-priming agitator is connected with the gas phase through a hollow shaft, so that the gas on the liquid surface is continuously sucked into the agitator and re-dispersed in the liquid phase.
④Various non-standard capacity can be designed and customized as per customer requests.
Hydrogenation reactor is especially suitable for gas-liquid, gas-liquid-solid heterogeneous reaction process. Such as liquid-phase catalytic hydrogenation, Oxidation, amination, alkylation, fluorination.
Design drawing and related parameters are as follows:
|a||HG/T20592-2009||Top discharge hole|
|b||Inner screw/M27*2mm||Temperature hole|
|c||HG/T20592-2009/M20*1.5mm||Safety valve/Pressure gauge|
|d||HG/T20592-2009||Liquid feed hole|
|h||HG/T20592-2009||Solid feed hole|
|k||HG/T20592-2009||Lower discharge hole|
|m1-2||HG/T20592-2009||Jacket inlet and outlet hole|
|n||Inner screw/M27*2mm||Jacket vent hole|
|p||HG/T20592-2009||Jacket water outlet hole|
|q1-2||HG/T20592-2009||Inner coil inlet and outlet hole|